The phrase "a given fragmentation" is correct and usable in written English.
It can be used in contexts discussing specific divisions or separations of a whole, particularly in fields like linguistics, computer science, or data analysis.
Example: "In this study, we will analyze a given fragmentation of the text to understand its structure and meaning."
Alternatives: "a specific fragmentation" or "a particular fragmentation".
The ACD/MS Fragmenter (Advanced Chemistry Labs, Toronto, Canada) can only interpret a given fragmentation spectrum using a known molecular structure [195].
Hence for a given fragmentation {F1,…,F f } of a primary table F we compute the corresponding fragmentation {G1,…,G f } of any table G sharing join attributes with F as a semijoin of G with each fragment - which is equivalent to the projection on the attributes of G of the natural join of G and F i : ⋉A t t r(G)(G ⋈F i ).
The giant component is the biggest connected subgraph found in the network for the given fragmentation and thus a good measure for evaluating such fragmentation [ 54, 55].
Derived fragmentation: A given horizontal fragmentation on a primary table (the primary fragmentation) induces a horizontal fragmentation of another table based on the semijoin with the primary table.
The betaine was observed to be oxidised in an irreversible two-electron process to give fragmentation products.
On the basis of these results, SID is a useful tool in the study of unknown structures as it gives fragmentation reflective of the connectivity of the native structure.
Its MS/MS spectrum gave fragmentation ions at m/z 57 and 85 which were attributable to the side chain of the compound.
When appropriate RICs were generated for 3β,7α-dihydroxycholest-5-en-24S,25-epoxide we failed to find any components giving fragmentation spectra compatible with this structure in any of our mouse brain samples studied, presumably because abundance of the metabolite was below the detection limit.
By matching precursors and fragments, then quantifying the fragments of a given precursor, all fragmentation reactions are monitored (all reactions monitoring, ARM).
In more recent theories the Weber number, We, is used as a measure of expected extent of molten-metal fragmentation in a given situation.
For a given FT, we can simulate a fragmentation spectrum (without intensities), simply using the masses of all nodes' molecular formulas.
